Question: A typical human cell consumes oxygen at a rate of 100 molecules per second and produces 200 molecules of ATP per second. When the cell is placed under hypoxic conditions (low oxygen), its oxygen consumption rate drops by 40%, and ATP production declines proportionally. However, to compensate, glycolysis increases its rate by 50%, which leads to an additional 80 ATP molecules being produced per second. Considering these conditions, how many ATP molecules are produced per second under hypoxia and what is the likely impact of prolonged hypoxia on the cell's energy balance and overall function?
Options:
A. 160 ATP molecules; Severe energy deficit leading to apoptosis
B. 220 ATP molecules; Temporary adaptation to low oxygen
C. 180 ATP molecules; Increased risk of oxidative stress
D. 150 ATP molecules; Cellular energy stabilization
E. 200 ATP molecules; Reduced metabolic efficiency
F. 170 ATP molecules; Gradual decline in cell function
G. 190 ATP molecules; Shift toward anaerobic metabolism
H. 140 ATP molecules; Immediate cell death due to energy failure
I. 130 ATP molecules; Enhanced production of reactive oxygen species (ROS)
J. 210 ATP molecules; Enhanced glycolysis ensures energy balance